urban setting, with antenna heads on building sides, below roof level ... is the urban macro (UMa) deployment. With antenna heads five meters above surrounding ... with users moving around in cars or trains, all at 120 km/h. The antennas are located

3 presents these results. The BER evolution depending on the SNR (Signal to Noise Ratio ... as the stack-up architecture (Stack-Up) – for a phase and gain mismatch of 1o and 0.3 d ... identical (dynamics and sampling frequency) to those used by a dedicated frontend stack

the antenna would be concentrate to other frequency bands like • f04 = 0.9 GHz f05 = 1 ... (a) (b) (c) (d) The Proposed Antenna Design The Design Specifications The proposed antenna design was chosen as the basis as it is able to facilitate multi-band

The simulated radiation patterns of proposed antenna in the E-plane (xz-plane) and H-plane (yz-plane) for three different frequencies 3.91, 7 and 9.71 GHz are shown ... has been seen that this proposed antenna has nearly omni-directional radiation pattern

can be displayed versus angle or frequency in rectangular plots. The maximum gain ... In case of narrow band antennas, an electronic alignment process is performed first ... However, for broad-band antennas, a visual alignment of the AUT with the main